Magnetic, reusable self-adhesive or attachable with accessories
Made of durable plastic with a reinforced header, the Visual Pockets are available in the following versions: magnetic, reusable self-adhesive or attachable with accessories. Each version is available in four colors and three formats. You can use them to label all standard crates, boxes, and containers, whether they are made of plastic, metal, wood or glass. You can choose from numerous attachment accessories that are compatible with Euro boxes, plastic crates and trays, lattice boxes, SLCs, heavy load carriers, and many more.
The front of the Visual Pocket is made of a transparent film while the back is made of a colored plastic. Thanks to the nature of the transparent film, a scanner can easily read the inserted documentation without it needing to be removed.
Sustainable labeling: Through the multiple use of FATH Visual Pockets, you can save on purchasing costs and at the same time the use of resources and the amount of waste will be reduced. In this way, the requirements for high efficiency and greater sustainability in production and logistics can be harmonized. The clever product features of the FATH Visual Pockets improve work processes - and they bring more sustainability to the industrial environment.
Unique worldwide: Reusable Self-Adhesive Visual Pockets
This is new: FATH's Visual Pockets are able to be reused again and again since the innovative adhesive retains its adhesion properties even after being detached. If a container needs to be re-labeled, the reusable self-adhesive FATH Visual Pocket can simply be removed. While conventional adhesives leave stubborn residues that need to be painstakingly removed, the new self-adhesive FATH products can be removed in one piece, easily and completely free of residue. Our adhesive remains adhered to the Visual Pocket and can be reattached elsewhere multiple times. This means that FATH's self-adhesive Visual Pockets are also suitable for temporary labeling. That is both lean and sustainable.
Attachment is possible for virtually any surface and any warehouse container type